184 
ALLGEMEINE THEORIE 
TAFEL ZUR BERECHNUNG DER WERTHE VON X. 
cp 
a° 
A' 
log«' 
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log«'" 
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log«"" 
o° 
+ 937-i 
I 57° 
9' 
1.93596 
162 0 
43' 
1.88452 
o° 
31' 
1,296x1 
— 00 
— I 
934-5 
155 
7 
1.96018 
160 
6 
1,87966 
3 
21 
1.29778 
9-56033 
2 
93i-5 
153 
26 
1.98393 
I 57 
25 
1.87476 
6 
10 
1.29918 
9.86069 
3 
928.3 
152 
3 
2.00702 
154 
41 
1.86989 
8 
58 
1.30030 
0.03568 
4 
924.8 
150 
55 
2.02930 
151 
54 
1.86509 
11 
46 
1.30115 
0.15908 
5 
921.0 
150 
0 
2.05070 
149 
4 
1.86042 
14 
34 
1-30175 
0.25400 
6 
917,0 
149 
l6 
2.07116 
146 
II 
1.85592 
17 
22 
I.3O2H 
0.33075 
7 
912.8 
148 
41 
2.09068 
143 
17 
1.85164 
20 
II 
1.30226 
Q. 39482 
8 
908.4 
148 
14 
2.10923 
140 
20 
1.84762 
23 
O 
1.30223 
O.44948 
9 
903.8 
147 
54 
2.12683 
137 
22 
1.84388 
25 
5i 
1.30205 
O.49686 
IO 
899.1 
147 
39 
2.14348 
134 
23 
1-84045 
28 
43 
i.30176 
O.53839 
II 
894.1 
147 
28 
2-15919 
131 
23 
I-83733 
3i 
36 
i.30140 
0-575I 1 
12 
889.1 
147 
22 
2.17398 
128 
24 
1.83452 
34 
3° 
I.3OIO3 
0.60776 
13 
883.9 
147 
18 
2.18785 
125 
25 
1.83203 
37 
26 
1.30068 
0,63693 
14 
878,6 
H7 
l6 
2.20083 
122 
27 
1.82983 
40 
23 
I.30041 
0.66306 
IS 
873.2 
147 
16 
2.21292 
1x9 
3i 
1.82790 
43 
21 
1.30025 
0.68650 
16 
867.7 
147 
18 
2.22413 
Il6 
S 6 
1.82621 
46 
20 
1.30026 
0-70753 
17 
• 862.1 
H7 
19 
•2.23446 
113 
44 
1.82470 
49 
*9 
1.30047 
0.72639 
18 
856.4 
147 
22 
2.24391 
HO 
54 
1-82335 
52 
19 
i.30091 
0.74327 
19 
850.7 
147 
24 
2.25250 
108 
7 
1.82211 
55 
18 
1.30x60 
0.75832 
20 
844.9 
147 
25 
2.26022 
105 
«3 
1.82091 
58 
l6 
1.30258 
0.77168 
ZI 
839.1 
147 
26 
2.26706 
102 
43 
x.81971 
6l 
14 
1,30384 
0.78345 
22 
833.2 
147 
25 
2.27302 
IOO 
5 
1.81846 
64 
9 
1.30539 
0-79374 
23 
827.3 
147 
23 
2.27809 
97 
30 
1.81710 
67 
3 
1.30722 
0.80263 
24 
821.4 
147 
19 
2.28227 
94 
59 
1.81560 
69 
54 
1.30931 
0.81017 
25 
815.4 
147 
13 
2.28554 
92 
31 
i.81388 
72 
42 
1.31164 
0.81644 
2Ô 
809.3 
147 
4 
2.28790 
90 
5 
1.8x193 
75 
27 
1-31417 
0.82149 
27 
803.2 
146 
52 
2.28932 
87 
43 
1.80968 
78 
8 
1.31685 
0.82536 
28 
797.1 
146 
37 
2.28978 
85 
23 
1.80711 
80 
45 
1.31964 
0.82808 
29 
790.9 
146 
18 
2,28928 
83 
5 
1.80419 
*3 
17 
1.32249 
0.82970 
3° 
784.7 
145 
55 
2.28780 
SO 
So 
1.80087 
85 
45 
1-32535 
0.83023 
31 
778.5 
145 
27 
2.28530 
78 
36 
1.79714 
88 
7 
1,32816 
0.82970 
32 
772.1 
144 
54 
2.28177 
76 
25 
1.79296 
90 
25 
1.33087 
0.82814 
33 
765-7 
144 
15 
2.27720 
74 
14 
1.78834 
92 
38 
1-33340 
0.82555 
34 
759-3 
143 
3° 
2.27156 
72 
5 
1.78323 
94 
46 
1-33572 
0.82x95 
35 
752.7 
142 
37 
2.26483 
69 
57 
x.77765 
96 
49 
1-33776 
0-8x735 
3 6 
746,1 
141 
36 
2.25701 
67 
49 
1-77157 
98 
46 
1-33947 
0.81176 
37 
739-3 
140 
25 
2.24809 
65 
42 
1.76499 
100 
39 
1.34081 
0.80518 
38 
73^-5 
139 
4 
2.23808 
63 
35 
I-7579I 
102 
27 
1.34172 
0.79761 
39 
725-5 
137 
3° 
2.22701 
6l 
27 
1-75034 
104 
10 
1.34215 
0.78905 
40 
718,4 
135 
43 
2.21492 
59 
19 
1.74228 
105 
49 
1.34208 
0.77950 
41 
7II.I 
133 
40 
2.20190 
57 
IO 
1 -73373 
107 
24 
I-34I45 
0.76895 
42 
703.7 
131 
20 
2.18809 
55 
0 
1.72472 
108 
54 
1.34022 
0.75740 
43 
696.0 
128 
39 
2.17367 
52 
49 
i.71526 
HO 
20 
I-3383 6 
0.74483 
44 
688.2 
125 
37 
2 15891 
So 
37 
1.70537 
III 
42 
I-33584 
0.73x24 
45 
680.2 
122 
IO 
2.14420 
48 
23 
1.69506 
113 
0 
1.33262 
0.71661